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小弟初学Allegro SI。现想仿真XILINX V5的GTP特性。请问如何给器件的某一确定引脚附加 电平模型?
4 a6 N$ i3 x0 s+ F% q3 z4 Q n主要是有一点想不明白:器件上的引脚编号为A1,A2,A3……AW1,AW2……AW34;但xilinx提供的IBIS模型中的定义为:% J0 C/ E6 A0 h
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. I7 C! S) O! P; a& m# F- g5 Y| Component VIRTEX-55 {# x) e5 U: Z
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, H9 D, K9 z8 L2 ~[Component] VIRTEX-5" x0 Q; M( C5 N7 g, A$ r$ \2 Q2 w, p
[Manufacturer] Xilinx Inc.
+ o [. e! B0 i, u+ C3 u[Package]
1 I# X [% e0 \3 b$ V|FF1136 l! j* w- q) i% t+ d
|variable typ min max
* @/ D8 M2 p2 L6 g+ R Q; _1 O& }R_pkg 331.37m 22.22m 1036.83m' N8 `7 r' @2 v" `$ n
L_pkg 3.70nH 0.52nH 10.16nH
. y$ w% d8 h/ J8 B$ u. r1 V: XC_pkg 2.22pF 0.91pF 5.00pF0 C4 q( i! i N* S N1 R9 `
/ ~1 f2 I4 ]8 \' Q[Pin] signal_name model_name R_pin L_pin C_pin
9 V0 U) U# `, ^. a FPGND GND GND
/ V: X y. | s) y( NVCCO VCCO POWER9 [. k. b3 W: k0 `# K: ^, o
| model selector
* F+ U1 D# m& I& c; g. l1 GTL GTL
1 R: l6 @. e7 ~" q4 T+ {6 s2 GTLP GTLP
" K: A: p( |4 l3 O; y3 HSTL_I_12 HSTL_I_12
3 H/ @3 j& O8 F" @7 @9 x( k1 B4 HSTL_I HSTL_I
# d& [* d, A# }7 @5 HSTL_I_18 HSTL_I_18
8 O2 n) p7 A2 w6 HSTL_II HSTL_II
0 h! ?, Q% d0 x7 HSTL_II_18 HSTL_II_18
" f# a+ K7 R+ T+ g5 h8 HSTL_III HSTL_III
8 j% D* {/ w/ I3 E8 ]" G9 HSTL_III_18 HSTL_III_18, h) p/ t5 K% d# d9 @ _
10 HSTL_IV HSTL_IV ) T& H! x4 b' x- N# A
11 HSTL_IV_18 HSTL_IV_182 e+ s0 B N/ G- y
12 SSTL18_I SSTL18_I; x1 I" |3 z k" @. B9 n
13 SSTL2_I SSTL2_I
. l L* D& Y0 `: M& D% i14 SSTL18_II SSTL18_II
% E/ `7 _2 A y- D2 n8 l15 SSTL2_II SSTL2_II
; g9 M5 C p1 ?4 ~) b" S2 \8 e! a|& X. s+ B9 m+ e) a" z2 O
| Differential HSTL3 v! \3 O" Q5 p* r
|9 h# t0 j- T+ G% T
16P DIFF_HSTL_I_P HSTL_I% O' r1 c+ } W+ R" k% n
16N DIFF_HSTL_I_N HSTL_I
) s) ]1 c7 M9 ]…………
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, w1 g% t; g; @[Diff Pin] inv_pin vdiff tdelay_typ tdelay_min tdelay_max0 K$ k. O* g1 t( y- W/ w
|, \8 K* N4 s( d f! S
16P 16N 200mV 0 0 0. Y$ E9 ~8 m2 i7 {6 Y g+ R2 ?
17P 17N 200mV 0 0 0
; ?5 @6 o6 x# j9 _3 z. u/ e18P 18N 200mV 0 0 0+ Y% v" N% V1 A! x' x$ {! V! A
19P 19N 200mV 0 0 09 t! x4 G# D& e. T0 O
|9 x" i! |% y" w) t! q: _+ |& f# N
20P 20N 250mV 0 0 0
% {! R! [! s2 d- j. ?+ `21P 21N 250mV 0 0 0
& C" d8 b- u( X22P 22N 310mV 0 0 00 l5 r5 L" l; G! B4 _
23P 23N 310mV 0 0 03 _/ r8 t, [, E5 d G
|- a1 u' F' e, h$ B7 P" @# Z
132P 132N 200mV 0 0 0
$ x4 s f0 V U- K! ~133P 133N 200mV 0 0 0
- f9 I) [% r) \6 w) j1 d134P 134N 200mV 0 0 0
8 X5 h! g8 u G) N9 F& {135P 135N 200mV 0 0 04 F- g f5 b2 ?& W
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